Some remarks on the position and shape of the neutral sheet.
Position and shape of neutral sheet in geocentric solar magnetospheric coordinate system from geomagnetic tail measurements
Brody, K. I.↗
SEARCH · Engineering Papers
Results for “coordinate system”
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.
Effect of non-synchronous rotation on close binary stars.
Component star in close binaries nonsynchronous rotation effect on limiting surface, noting difficulties associated with certain coordinate systems
Huang, S.-S.↗
On some possible simplifications and changes in Hansen's lunar theory.
Transforming Hansen lunar theory by referring satellite motion to almost ideal coordinate system, using general perturbations method
Musen, P.↗
LM lookangle program
Program computes the spacecraft look angles and the slant range, which define a spherical coordinate system located in the spacecraft body. The program is designed to reduce data from the Lunar Module Missions and to output desired information.
Agee, W. E.↗
Determination of quadric equation coefficients describing three-dimensional surfaces, their constraint and skewed planes, and view point areas
Mathematical model and a digital computer BLITZ language programming technique computes coefficients of quadric equations describing cylinders, paraboloids, ellipsoids, or planes with any orientation to a reference system, coordinates of a vector, and coefficients of quadric surfaces which limit the surface of three-dimensional space.
Paoletti, C. J.↗
A note on the plasma moment equations in a dipole field
Thermal plasma motion in magnetic dipole field defined by direction in coordinate system of continuity and momentum equations
Grebowsky, J. M.↗
An algorithm for deriving the equations of mathematical physics by symbolic manipulation.
Algorithm for Navier-Stokes and continuity equations used to derive curvilinear coordinate system
Howard, J. C.↗
Why data system standards?
Data systems coordinating standards developed from experience with STADAN, discussing operating environment and administrative decisions influence on implementation
Coates, R. J.↗
Early orbit determination scheme for the Juno space vehicle
The present status (1959-60) of the ABMA early orbit determination scheme for the Juno space vehicle is described. The design of the scheme was essentially influenced by three factors: its origin centered around postflight vehicle analysis, the flexibility required for accepting varied kinds of data, and the potential of highspeed computers concentrated in ABMA's Computation Laboratory. The scheme is outlined, the tracking stations participating are shortly described, and the physical layout and computational equipment are briefly mentioned. The evaluation techniques used for the various steps of the orbit determination are discussed in detail. Appendices describe briefly the principal coordinate systems used and characteristics of the digital computer programs.
Fletcher Kurtz↗
Automatic data generation scheme for finite-element method /FEDGE/ - Computer program
Algorithm provides for automatic input data preparation for the analysis of continuous domains in the fields of structural analysis, heat transfer, and fluid mechanics. The computer program utilizes the natural coordinate systems concept and the finite element method for data generation.
Akyuz, F.↗
Multifluid cosmologies
Coordinate system for synthesizing previous work on multifluid cosmologies, investigating noninteracting mixtures of multicomponent fluids
Hughston, L. P.↗
Consecutive tracking of landmarks - By an active satellite and then by a Martian roving vehicle
Satellite navigation method for locating Mars landmark or target point for exploration by roving vehicle located as center of coordinate system
Janosko, R. E.↗
Simplified equations for relativistic rotating perfect fluids with axial symmetry
General relativistic equations for stationary axially symmetric rotating perfect fluid in comoving coordinate system
Harrison, B. K.↗
A simulation model for flexible rotating equipment
Lumped parameter simulation model for flexible turbine rotor dynamics in nonspinning coordinate system, discussing bearing constraints modeling methods and eigenanalysis applicability
Childs, D. W.↗
Geophysical coordinate transformations
Geophysical cartesian coordinate system transformation, using vector-matrix formalism
Russell, C. T.↗
Computer Program for Calculating the Temperature Field of Face Seals
FORTRAN 4 program for use on IBM 7094 computer for calculating temperature field of shaft seals is described. Shaft seals are composed of basically axisymmetric bodies. Cylindrical coordinate system is used as basis for analysis. Program is quite general and can be applied to variety of axisymmetric body problems.
Russell, T. E.↗
Integral dose during constant velocity motion near a space power reactor
The dose rate in a rotationally-symmetric radiation field near a space power reactor is assumed to be inversely proportional to separation distance squared and directly proportional either to a constant or a constant times the sine-cubed of a polar angle. Constant velocity motion is examined in both cases in both two and three dimensional geometries. The two dimensional geometry occurs when the line of motion and the field axis of symmetry are co-planar. The dose integral in the sine-cubed region may be integrated directly, but a more useful form is obtained after a change of variable. A coordinate system rotation greatly simplifies the results. The three dimensional problem is integrated after a change of variable. Finally, tables of normalized functions are presented and discussed.
Manning, H. S.↗